Researchers use techniques which illuminates subtle changes in proteins and uncover new insights into the underlying causes of ALS.
Study reveals how the SNX27 protein regulates the generation of beta amyloid.
Researchers describe a new way to convert human skin cells into specific brain cells which are affected by Huntington's, which bypasses the stem cell phase.
Proteases helps control the navigation of growing axons, a new study reports.
TUBA4A is associated with the development of familial ALS, a new study reports.
MHCI, an immune system protein, could play an unexpected role in Autism and Alzheimer's disease, a new study reports.
Researchers report they have been able to restore some hearing in mice which had suffered noise deafness.
HSF-1 not only triggers the release of chaperones, it also stabilizes cell cytoskeletons, a new study reports.
A new study reports researchers have created a new framework for protein aggregation under acute stress.
A new study reports autism symptoms develop by the age of 18 months in 57% of children who have an older sibling with ASD.
Researchers provide new evidence of how to target and reverse the effects caused by the most common genetic mutations for Parkinson's.
Dopamine cells derived from stem cells could reverse many features of Parkinson's disease for a number of years.
Researchers report EvC, a rare genetic disorder could protect against bipolar affective disorder.
A new study presents evidence that neurons maintain correlated levels of mRNA to ensure a consistent ratio of ion channels.
A new study suggest specific protein instability as a cause of ALS.